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About

Ela Lewis is a pioneering researcher in neurorobotics and rehabilitation engineering, with a focus on developing accessible technologies for restoring mobility after neurological injury. Her most influential work introduced the KineAssist, a robotic overground gait and balance therapy device that enables safe, challenging training for individuals at high risk of falls—a paper that has garnered 146 citations and laid foundational principles for fall-prevention robotics. Recognizing the gap in affordable therapy for severely impaired stroke survivors, Lewis developed a portable neurorobotic system for the chronic stroke arm, demonstrating that even severely affected individuals can regain active movement through repetitive, task-specific training. She further advanced the field by integrating virtual reality with a myoelectric limb orthosis, creating a closed-loop rehabilitation system that recruits targeted motor networks to restore upper limb function. Her work uniquely bridges clinical rehabilitation guidelines with cutting-edge robotics and VR, making sophisticated therapy more accessible. Lewis’s contributions are particularly notable for addressing the underserved population with severe chronic impairment, and her portable, low-cost designs have significant implications for home-based neurorehabilitation.